Driving the Industrial Revolution Forward with Custom ASIC Solutions
We live in exciting times as many industrial settings are undergoing a true revolution by accelerating the adoption of advanced semiconductor technologies to realize drastic improvements in sensing, computing, and communications. The so-called 4th Industrial Revolution (or Industry 4.0, for short) promises to be as transformative as previous industrial revolutions. For example, the push to increase connectedness—both within the factory and directly to the cloud—is rapidly expanding visibility and controllability to enterprise management systems. Such advancements present an incredible opportunity to leverage custom IC solutions to meet the unique demands for factory automation and control.
Industrial ASIC Design Built for Rugged Environments
CSS has extensive experience in Industrial ASIC circuit design and manufacturing for a variety of industrial applications. Leveraging our expertise in high-voltage and precision analog front-end design enables CSS to quickly develop innovative architectures, high-performing analog circuits, and full-custom microchips.
An ASIC intended for industrial end markets is typically required to operate and maintain performance across wide temperature ranges. Furthermore, the environment can be somewhat harsh due to conducted and radiated emissions from motors, AC drivers, and high-power transmissions. CSS understands and designs for these interfering sources so that both analog and digital integrated circuits are robust in this unforgiving environment. Please contact CSS today to see how we can help get your Industrial ASIC to market as soon as possible.
Industrial ASIC Examples
MEMs Mirror Array
0V-40V MEMs drivers with 12-bit resolution.
Downhole Drilling
Acquires pressure and temperature data through frequency comparison and transmits it over I2C.
Phased Array Antennas
Direct conversion of digital data to radio signals for transmission, and radio signals to digital data for reception.
Optimized MCU
Draws about 3X less power than the original MCU device.
Wireless Metering
Controls the operation of a 900MHz spread spectrum transceiver.
MEMs Switch Driver
Supplies the high-voltage drive signals needed to control the switch.
Industrial Printhead
Shift registers, latches and high-voltage drivers for piezoelectric transducers.
Through many years and many custom chip developments and with integrity, commitment, innovation and support, CSS has continued to allow Curtis Instruments to develop cost effective and market leading products.